...manufactures wideband software defined radios consistent with the following statement of Darpa:

William Chappell, director of DARPA’s Microsystems Technology Office, states

“The current practice of assigning fixed frequencies for various uses irrespective of actual, moment-to-moment demand is simply too inefficient to keep up with actual demand and threatens to undermine wireless reliability,”

HandHeldSDR Windows GSM SDR Base Station registering 2 mobile phones

YouTube Video

Cost: $68,479 for the original Stingray; $134,952 for Stingray II.

Agencies:
Federal authorities have spent more than $30 million on Stingrays and
related equipment and training since 2004, according to procurement
records. Purchasing agencies include the FBI, DEA, Secret Service, US
Immigration and Customs Enforcement, the Internal Revenue Service, the
Army, and the Navy. Cops in Arizona, Maryland, Florida, North Carolina,
Texas, and California have also either purchased or considered
purchasing the devices, according to public records. In one case, procurement records (PDF) show cops in Miami obtained a Stingray to monitor phones at a free trade conference held in Miami in 2003.

Martin O'Shield, of WindyCitySDR, shall be a Techweek New York 2014 Judge

***A software radio is a wireless communications device that performs allof its signal processing in portable, application level software. Bysimply running a different program, a software radio can become a cell phone,wireless LAN, cordless phones, garage door opener or walkie-talkie. The flexibility enabled by software radio also enables faster technologytracking, since standards upgrade are simply software downloads.Software radio is a multi-disciplinary systems effort, bringing together researchin digital signal processing, communications, operating systems, software engineering and algorithms.

"Research Challenges in Software Radio"***1 hour video

Video from University of Washington TV2001

Per invitation WindyCitySDR exhibited before the Innovation Zone of:

WindyCitySDR is finalizing assembly of wideband Software Radio MIMO devices to allow for the creation of "traditional STYLE infrastructure" similar to the following video / Mexican Newspaper article & beyond: http://goo.gl/rsdCvz & http://goo.gl/aYORKI

"All life (as) we know is DNA Software Code/Software, or DNA driven Software.
So what we did is after reading the genetic code and converting it to the ones and zeros on the computer, we went the other way. We started with Ones and Zeros to see if we can recapitulate life from the gnome. 4 bottles of gnome, we wrote 4 million lines of code took over a cell, and created a new species based upon the softwarewe wrote.The worlds of the genetic code, the chemicals A, C, G and T, are
becoming interchangeable with the digital world, the ones and zeroes of
computers, and we did this first with learning how to read the genetic
code and converting the A, C, Gs and Ts into the computer code, and now
we’ve been going the other direction, starting with ones and zeroes,
re-writing the chemical code and then using that to create new life.So
it’s a concept of the rapid interchangeability of DNA and digital
information/(code), the applications (exists) that we can now send life at the
speed of light; send electromagnetic waves through the internet for
example and recapitulate it at the other end,
so in the future you’ll
actually be able to download living things from your computer. "

"The Future of Chicago Wireless Innovation"

Tuesday April 9, 2013 from 5:30 PM until 8:00 PM (CDT)

"Martin, he show us new revolution. But audience not understand it,
so I translate in good English:
SDR stands for Software Defined(s) Radio.
Say
you got an AT&T phone and can’t get your call thru ‘cause there is
no tower near you. But the guy sitting next to you babbles away it seems
like forever on his phone. He’s got Verizon or something—no problem
for him. Makes you want to clobber him! Am I right?
I
watch him set up his technostuff and show us. A member of audience
makes call on AT&T phone. Martin catches it and sends it to other
phone in room—Verizon phone. It rings. We see whole hookup happen on
screen! Imagine you put it in every cell tower. Customer experience
makes great leap! Cost drops to basement!

He
says defense department try to develop this and cannot do it. Then
private industry makes one, but it turns out way too expensive. Martin,
his cost is only 1,000 bucks—hand-made! I bet he can make it for $200
mass produce.

How
so cheap? Can you believe that inside your worn-out laptop computer is
Intel chip or AMD chip—either one—and both got the guts to do this
job? He uses teeny-weeny circuit board, 100 dollar laptop, and USB
thingamajig. That is it!

So I pull Galaxy out of pocket and look this up. I find Forbes article that shows SDR is already used by
hackers. That makes me wonder if I understand what I just hear. I can
see this technology is real. But is scary. Hacker can hurt you and you
cannot shoot them. I give you link to article.

You think I make this stuff up? I see it happen! Come to my place and we talk summore. Ludditis Shots ‘n Beer. We got potato pancakes better than Lithuania. I not even charge for sixth beer. Sveikes! "

University of Chicago Booth School of Business
450 North Cityfront Plaza Drive Chicago,
IL 60611

Saturday, October 12, 2013 at 8:00 AM -

Monday, October 14, 2013 at 11:30 AM (PDT)

Illinois Institute of Technology Real-Time Communications ConferenceThe IIT RTC Conference and Expo is a globally
recognized collaborative event, where industry and academia connect.
Leveraging its unique academic setting, this annual conference brings
together technical professionals and business executives from the data
and telecommunications industry, standards bodies, policy and regulatory
institutions, and academic educators and researchers to promote an open
exchange of ideas to lead future development in the rapidly changing
field of real-time communications.October 15 – 17, 2013 Illinois Institute of Technology Herman Hallwww.rtc-conference.com/presentation/?hid=107

Mobile Monday Chicago relaunched in 2009 and since has grown into one of
Chicago's biggest technology networking organizations and presentsGoogle Android Birthday Party

Monday, October 28, 2013

6:00 PM to 8:00 PM

22 West Washington Street,7th Floor

Chicago, Illinois

Martin O'Shield of WindyCitySDR will demonstrate Software Defined Radio on Android Devices. On September 11, 2013 WindyCitySDR commenced manufacturing
Wideband Software Defined Radio MIMO devices within the Chicagoland
area. Martin has been demonstrating a Prototype Software Defined Radio
Device that covers all the Industries Motorola once dominated.http://www.meetup.com/momo-chicago/events/136422952/

I've previously demonstrated/presented Software Defined Radio before the following:

Greetings WindyCitySDR

Congratulations! You have been accepted into Techweek's
LAUNCH competition in Startup City! On June 28, Startup City will
showcase 70 startups featuring new technologies across multiple
industries.http://techweek.com/chicago/register/

WindyCitySDR SELECTED FOR THE FUTURIST MAGAZINE’SFuturists: BetaLaunch(F:BL) 2013 TECH SHOWCASE
Bethesda, MD. WindyCitySDR has been selected for inclusion in
THE FUTURIST MAGAZINE’s Futurists: BetaLaunch (F:BL), a technology and innovation showcase. Selected engineers, designers, and other future-makers will present their inventions to the 1,000 futurists expected to gather for WorldFuture 2013, the Society’s annual conference. The F:BL inductees receive a complimentary pass to the conference, to take place July19 at the Hilton, Chicago, where a Best In Show will be chosen.

I created a customized version of Linux to enable rapid deployments of GSM Software Defined Radio Mobile Phone Networks & beyond entitled:

AndroidSDRv1001.iso Bootable / Installable LiveDVD / USB

That's
correct! You can write complete Wireless/Radio Communication systems
in software utilizing your General Purpose Processor, (Intel/AMD), to do
layers the signaling processing of layers 1 through 3 entirely in software.